Aluminium Hot Stamping for High-Precision and Durable Components
Our aluminium hot stamping components offer high strength and durability. Produced with precision, they meet stringent industry standards, making them ideal for demanding applications.
Delivering high-quality aluminium hot stamping components with superior mechanical properties and precision.
At Conex Aluminium Components, our hot stamping process enables the creation of complex parts with high dimensional accuracy and mechanical strength. These components are suitable for use in automotive, electronics, and industrial applications. Our aluminium hot stamping parts are lightweight, corrosion-resistant, and offer excellent durability. We adhere to strict quality control measures to ensure each part meets our clients’ specifications and industry standards, providing reliable and long-lasting performance.
Aluminium Hot Stamping are used production of shaped aluminium parts where heated forming improves material flow for defined geometry and mechanical performance. Their design should be based on alloy and temper, forming temperature, grain flow, dimensional control and repeatable tooling.
Aluminium reduces weight, resists corrosion in many environments and is readily cut, formed and machined. Alloy, temper and section thickness should be selected for strength, stiffness, bendability, fatigue, temperature and finish requirements.
A typical route may include controlled heating, die forming or stamping, trimming, machining and finishing. The exact sequence depends on geometry, volume, tolerance, cosmetic surfaces and whether dedicated tooling is justified.
Yes. Conex manufactures aluminium hot stamping to customer drawings and application requirements. Dimensions, interfaces, material, finish, identification, inspection and packaging can be tailored after an engineering review, subject to process capability and order quantity.
Selection depends on required strength, formability, corrosion resistance, weldability, machinability and finish. Highly formed parts may need a different temper from stiff mounting plates, so Conex reviews the complete drawing before confirming material.
The drawing should define overall envelope, material thickness, bend radii, hole and slot locations, edge distances, mounting interfaces, load direction and any mating parts. Functional datums and critical-to-assembly dimensions should be clearly identified.
Tolerance capability depends on blanking method, material thickness, bend sequence, springback, tooling and part size. Precision holes or interfaces can be machined after forming when needed; a realistic datum scheme prevents unnecessary cumulative tolerance.
Where suitable, parts can incorporate welding, riveting, clinching, threaded inserts, tapping or bolted assembly. Joint design must consider heat distortion, access, corrosion compatibility, load transfer and the required inspection method.
Options can include mill finish, deburring, brushing, polishing, anodising, conversion coating, painting or powder coating. Drawings should identify coating thickness, colour, masking, electrical contact points and cosmetic acceptance zones.
Load capacity depends on material, thickness, geometry, support conditions, fasteners and direction or duration of loading. The customer should provide design loads, safety factors and applicable codes; prototype or validation testing can then be planned where required.
Inspection may cover material and thickness, formed dimensions, hole position, flatness, bend angle, threads, surface finish and assembly fit. First-article reports, gauges and sample-based inspection can be arranged when specified before production.
For an accurate quotation, provide a controlled drawing or 3D model, material or alloy requirement, critical dimensions and tolerances, finish, order quantity, annual demand, application and any inspection or documentation needs. Conex reviews manufacturability before confirming tooling, process route, lead time and commercial terms.
The terms are often used interchangeably; hot stamping normally refers to closed-die forging of heated aluminium billets in a press, producing near-net-shape parts with a dense grain flow, fine surface and minimal machining.
Aluminium alloys such as 6061, 6082 and 2014 are typically forged in the range of about 400–500 °C with pre-heated dies, then solution heat treated and aged to T6 to achieve full mechanical properties.
Typical products include electrical connectors and lugs, valve and fitting bodies, automotive suspension and brake parts, bicycle components, handles and brackets where high strength and fatigue resistance are required.
Need Aluminium Hot Stamping? Get a Fast, Detailed Quotation
Send your drawing (STEP, IGES, DWG, DXF or PDF) with material grade, finish and quantity. Our engineers reply with a DFM review, price and lead time. MOQ 10 pcs • ISO 9001:2015 • Exports to USA, UK, Europe, Canada & Australia.
